Class HatchBoundaryPath.Ellipse
Represents a ellipse edge of a HatchBoundaryPath.
Implements
Inherited Members
Namespace: netDxf.Entities
Assembly: CADability.dll
Syntax
public class Ellipse : HatchBoundaryPath.Edge, ICloneable
Constructors
| Improve this Doc View SourceEllipse()
Initializes a new instance of the HatchBoundaryPath.Ellipse
class.
Declaration
public Ellipse()
Ellipse(EntityObject)
Initializes a new instance of the HatchBoundaryPath.Ellipse
class.
Declaration
public Ellipse(EntityObject entity)
Parameters
| Type | Name | Description |
|---|---|---|
| EntityObject | entity | EntityObject that represents the edge. |
Fields
| Improve this Doc View SourceCenter
Gets or sets the center of the ellipse.
Declaration
public Vector2 Center
Field Value
| Type | Description |
|---|---|
| Vector2 |
EndAngle
Gets or sets the end angle of the ellipse.
Declaration
public double EndAngle
Field Value
| Type | Description |
|---|---|
| System.Double |
EndMajorAxis
Gets or sets the position of the end of the major axis.
Declaration
public Vector2 EndMajorAxis
Field Value
| Type | Description |
|---|---|
| Vector2 |
IsCounterclockwise
Gets or sets if the ellipse is counter clockwise.
Declaration
public bool IsCounterclockwise
Field Value
| Type | Description |
|---|---|
| System.Boolean |
MinorRatio
Gets or sets the scale of the minor axis in respect of the major axis.
Declaration
public double MinorRatio
Field Value
| Type | Description |
|---|---|
| System.Double |
StartAngle
Gets or sets the start angle of the ellipse.
Declaration
public double StartAngle
Field Value
| Type | Description |
|---|---|
| System.Double |
Methods
| Improve this Doc View SourceClone()
Clones the actual edge.
Declaration
public override object Clone()
Returns
| Type | Description |
|---|---|
| System.Object | A copy of the actual edge. |
Overrides
| Improve this Doc View SourceConvertFrom(EntityObject)
Initializes a new instance of the HatchBoundaryPath.Ellipse
class.
Declaration
public static HatchBoundaryPath.Ellipse ConvertFrom(EntityObject entity)
Parameters
| Type | Name | Description |
|---|---|---|
| EntityObject | entity | EntityObject that represents the edge. |
Returns
| Type | Description |
|---|---|
| HatchBoundaryPath.Ellipse |
ConvertTo()
Converts the actual edge to its entity equivalent.
Declaration
public override EntityObject ConvertTo()
Returns
| Type | Description |
|---|---|
| EntityObject | An EntityObject equivalent to the actual edge. |


| Role | Actor |
|---|---|
| Chell | Shaniqua |
| Glados | AI V.34.2.5 |
| Verses | Singers |
| Source | Line |
|---|---|
| Glados | It's been a long time |
| V1 | This was a triumph, I'm making a note here: huge success. It's hard to overstate my satisfaction. |
| Chell | Dramatically grips portal |
| V2 | Apeture Science. We do what we must, because, we can. |
| V3 | So the science gets done and you make a neat gun for the people who are still alive. |
| V4 | I'm doing science and I'm still alive, you'll be dead and I'll be still alive |
| Scene | End |
| Id | Function |
|---|---|
| Mr. Bigglesworth |
|
| Austin Powers |
|
| Dr.Evil |
|
| Number 2 |
|


|
Erica J. Kim<PHONE_NUMBER>
–<EMAIL_ADDRESS>|
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|
|
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|
SUMMARY Recent PhD Graduate of the University of
California, BerkeleyÕs Biophysics program, with 8+ years of experience of
designing experiments and analyzing results in advanced research settings.
Versatile, creative, and efficient, with proven analytical and communication
skills. |
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|
|
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|
EDUCATION |
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|
PhD in Biophysics, University of California,
Berkeley |
December 2014 |
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á GPA: 3.8/4.0 |
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|
á Awarded National Science Foundation (NSF)
Integrative Graduate Education and Research Traineeship |
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|
(2
years full tuition + living stipend) |
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|
BA in Mathematics, New York University |
May 2008 |
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á GPA: 3.8/4.0; minor: Computer Science |
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|
á Awarded Presidential Honors Scholarship (4 years
full tuition) |
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|
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SKILLS |
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á Languages: Python, R, C++, Latex, Matlab á Databases and Software: MongoDB, MySQL, Git, Microsoft
Office, Adobe Photoshop, Adobe Illustrator |
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|
|
|||
|
SELECTED PROJECTS (visit firefly454.github.io for
more information) |
|||
|
á Exploratory Analysis of Historical Loan Data from
Prosper lending marketplace. RStudio/R á Predicting Persons-of-Interest in the Enron Email
Dataset, using Machine Learning. Python |
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|
|
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|
PROFESSIONAL EXPERIENCE |
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|
Data Science Workshop Participant, University of
California, Berkeley |
July 2015 |
||
|
á
Developed an
accurate prediction model for San
Francisco crime classification, using data from SF Open Data, as part of
an ongoing Kaggle competition á
Placed in top 7% in rankings (based on log-loss
error) at time of code submission |
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|
Graduate Research Assistant, University of
California, Berkeley |
Sept 2009 – Dec 2014 |
||
|
á
Investigated
the biomechanics of hummingbird flight, in order to elucidate the
physiological limits to different flight modes á
Analyzed data
(consisting of high-speed video files) by writing code to efficiently perform
image analysis and aerodynamic modeling, in Matlab á
Extensively
used R to carry out statistical analyses and generate publication-quality
images á
Formally
mentored undergraduates in the Undergraduate Research Apprentice Program
(URAP) |
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|
Graduate Student Instructor, University of
California, Berkeley |
Fall 2012 |
||
|
á Integrative Biology Motor Control. Led laboratory
section, guiding students through real and computer-simulated experiments |
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|
Assistant Researcher, Applied Math Lab, New York
University |
Jun 2005 – Aug 2008 |
||
|
á
Designed,
implemented, and analyzed experiments on the biomechanics of swimming C. elegans, including photolithography
fabrication á
Trained 4 graduate
students from theoretical backgrounds in experimental methods of complex
fluids |
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|
Teaching Assistant, New York University |
Fall 2006 |
||
|
á
Initiated
change in physics department to be the 1st undergraduate teaching
assistant for General Physics course á
Led weekly
discussion session for ~20 students; held 2-hour weekly 1-on-1 office hours |
|||


Mission Statement
Today, everything is online and now your inspiration board is too.  Get inspired today!
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--- layout: post title: Cross site scripting categories: [] tags: [] status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
jduprey
tired


Select a Bucket to see / change its info
Latitude/Longitude:
Author: Evelyn J. Boettcher
email<EMAIL_ADDRESS>DiDacTex tool to display multiple users/bucket Need users/bucket locations saved in data folder.
* This tool is for demo use only. Please contact DiDacTex from more information. copyright 2019.


This sample PHP application demonstrates how to use the DailyStory PHP SDK.
A DailyStory Web Form enables you to quickly and easily create forms that can be shown on your website, in your mobile application, a DailyStory landing page, or elsewhere using the DailyStory API.


---
layout: game-page
redirect_from: /game/satisfaction
title: Satisfaction!
year: 2011
semester: Spring
description: "Punch Out with Swords!
\"Satisfaction\" is the winner of the Spring 2010 contest themed \"Duel!\" Created in one week, Satisfaction places you into one-on-one bouts with the best duelists across the ages, from Alexander Hamilton to Abraham Lincoln. Watch their patterns, and strike when they open up their weaknesses!"
tags: Flash Singleplayer Game-Jam
# tag options: "Windows",
# "Singleplayer", "Multiplayer",
# "Controller-Compatible", "VR",
# "Game-Jam"
project_members: {
Kyle Neblett: Everything
}
stage_game_path: competitions/11-1-21/
builds: {
Flash: game/kneblett_duel.swf
}
screenshots: [
satisfaction-1.png,
satisfaction-2.png
]
# Optional
top-img-fit: cover
# top-img-fit options:
# "cover" - Cover the entire top area with the image, without squashing/stretching
# "fill" - Fit the FULL image into the top area, squashing/stretching as necessary
---


|
That's a good one!! How are you doing brother? From<EMAIL_ADDRESS>To<EMAIL_ADDRESS>Subject: Cell phone tracking by Google Date: Thu, 30 Jul 2009 11:55:41 -0500 Well, good ol' Google Earth just got better... type in
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|
pyrax
Python Bindings for the Rackspace Cloud
|
Public Member Functions | |
| def | __init__ |
| def | update |
| Only the agent_id and metadata are able to be updated via the API. | |
| def | get_check |
| Returns an instance of the specified check. | |
| def | list_checks |
| Returns a list of the checks defined for this account. | |
| def | find_all_checks |
| Finds all checks for this entity with attributes matching ``**kwargs``. | |
| def | create_check |
| Creates a check on this entity with the specified attributes. | |
| def | update_check |
| Updates an existing check with any of the parameters. | |
| def | delete_check |
| Deletes the specified check from this entity. | |
| def | list_metrics |
| Returns a list of all the metrics associated with the specified check. | |
| def | get_metric_data_points |
| Returns the data points for a given metric for the given period. | |
| def | create_alarm |
| Creates an alarm that binds the check on this entity with a notification plan. | |
| def | update_alarm |
| Updates an existing alarm on this entity. | |
| def | list_alarms |
| Returns a list of all the alarms created on this entity. | |
| def | get_alarm |
| Returns the alarm with the specified ID for this entity. | |
| def | delete_alarm |
| Deletes the specified alarm. | |
| def | name |
| def __init__ | ( | self, | |
| args, | |||
| kwargs | |||
| ) |
Reimplemented in FakeCloudMonitorEntity.
| def create_alarm | ( | self, | |
| check, | |||
| notification_plan, | |||
criteria = None , |
|||
disabled = False , |
|||
label = None , |
|||
name = None , |
|||
metadata = None |
|||
| ) |
Creates an alarm that binds the check on this entity with a notification plan.
| def create_check | ( | self, | |
label = None , |
|||
name = None , |
|||
check_type = None , |
|||
disabled = False , |
|||
metadata = None , |
|||
details = None , |
|||
monitoring_zones_poll = None , |
|||
timeout = None , |
|||
period = None , |
|||
target_alias = None , |
|||
target_hostname = None , |
|||
target_receiver = None , |
|||
test_only = False , |
|||
include_debug = False |
|||
| ) |
Creates a check on this entity with the specified attributes.
The 'details' parameter should be a dict with the keys as the option name, and the value as the desired setting.
| def delete_alarm | ( | self, | |
| alarm | |||
| ) |
Deletes the specified alarm.
| def delete_check | ( | self, | |
| check | |||
| ) |
Deletes the specified check from this entity.
| def find_all_checks | ( | self, | |
| kwargs | |||
| ) |
Finds all checks for this entity with attributes matching ``**kwargs``.
This isn't very efficient: it loads the entire list then filters on the Python side.
| def get_alarm | ( | self, | |
| alarm | |||
| ) |
Returns the alarm with the specified ID for this entity.
If a CloudMonitorAlarm instance is passed, returns a new CloudMonitorAlarm object with the current state from the API.
| def get_check | ( | self, | |
| check | |||
| ) |
Returns an instance of the specified check.
| def get_metric_data_points | ( | self, | |
| check, | |||
| metric, | |||
| start, | |||
| end, | |||
points = None , |
|||
resolution = None , |
|||
stats = None |
|||
| ) |
Returns the data points for a given metric for the given period.
The 'start' and 'end' times must be specified; they can be be either Python date/datetime values, or a Unix timestamp.
The 'points' parameter represents the number of points to return. The 'resolution' parameter represents the granularity of the data. You must specify either 'points' or 'resolution'. The allowed values for resolution are: FULL MIN5 MIN20 MIN60 MIN240 MIN1440
Finally, the 'stats' parameter specifies the stats you want returned. By default only the 'average' is returned. You omit this parameter, pass in a single value, or pass in a list of values. The allowed values are: average variance min max
| def list_alarms | ( | self, | |
limit = None , |
|||
marker = None , |
|||
return_next = False |
|||
| ) |
Returns a list of all the alarms created on this entity.
| def list_checks | ( | self, | |
limit = None , |
|||
marker = None , |
|||
return_next = False |
|||
| ) |
Returns a list of the checks defined for this account.
By default the number returned is limited to 100; you can define the number to return by optionally passing a value for the 'limit' parameter. The value for limit must be at least 1, and can be up to 1000.
For pagination, you must also specify the 'marker' parameter. This is the ID of the first item to return. To get this, pass True for the 'return_next' parameter, and the response will be a 2-tuple, with the first element being the list of checks, and the second the ID of the next item. If there is no next item, the second element will be None.
| def list_metrics | ( | self, | |
| check, | |||
limit = None , |
|||
marker = None , |
|||
return_next = False |
|||
| ) |
Returns a list of all the metrics associated with the specified check.
| def name | ( | self | ) |
| def update | ( | self, | |
agent = None , |
|||
metadata = None |
|||
| ) |
Only the agent_id and metadata are able to be updated via the API.
| def update_alarm | ( | self, | |
| alarm, | |||
criteria = None , |
|||
disabled = False , |
|||
label = None , |
|||
name = None , |
|||
metadata = None |
|||
| ) |
Updates an existing alarm on this entity.
| def update_check | ( | self, | |
| check, | |||
label = None , |
|||
name = None , |
|||
disabled = None , |
|||
metadata = None , |
|||
monitoring_zones_poll = None , |
|||
timeout = None , |
|||
period = None , |
|||
target_alias = None , |
|||
target_hostname = None , |
|||
target_receiver = None |
|||
| ) |
Updates an existing check with any of the parameters.


Class FluentWebElementAssert
- All Implemented Interfaces:
org.assertj.core.api.Assert<FluentWebElementAssert,
,FluentWebElement> org.assertj.core.api.Descriptable<FluentWebElementAssert>
,org.assertj.core.api.ExtensionPoints<FluentWebElementAssert,
,FluentWebElement> AttributeAssert<org.assertj.core.api.AbstractStringAssert>
,ElementAttributeAssert
,ElementStateAssert
,FluentAssert
FluentWebElement
assertions.
-
Field Summary
Fields inherited from class org.assertj.core.api.AbstractAssert
actual, info, myself, objects, throwUnsupportedExceptionOnEquals
-
Constructor Summary
-
Method Summary
Modifier and TypeMethodDescriptionorg.assertj.core.api.AbstractStringAssert
hasAttribute
(String attribute) Checks if the element has the given property.hasAttributeValue
(String attribute, String value) Checks if the element, or at least one element in a list of elements, has property with the exact given value.Checks if the element, or at least one element in a list of elements, has the class.hasClasses
(String... classesToFind) Checks if the element, or at least one element in a list of elements, has all of the argument classes.hasDimension
(org.openqa.selenium.Dimension dimension) Checks if the element, or at least one element in a list of elements, has given dimension.Checks if the element, or at least one element in a list of elements, has the given idChecks if the element, or at least one element in a list of elements, has given name (in its 'name' attribute).hasNotAttribute
(String attribute) Checks if the element doesn't have, or no element in a list of elements has, the given property.hasNotClass
(String htmlClass) Checks if the element does not contain, or none of the elements in a list of elements contain the classhasNotClasses
(String... classesToFind) Checks if the element does not contain, or none of the elements in a list of elements contain any of the classes.hasNotText
(String textToFind) Checks if the element does not contain, or none of the elements in a list of elements contain the text.hasNotTextContaining
(String textToFind) Checks if the element does not contain, or none of the elements in a list of elements contain the text.hasTagName
(String tagName) Checks if the element, or at least one element in a list of elements, has given tag.Checks if the element, or at least one element in a list of elements, contain the text.hasTextContaining
(String text) Checks if the element, or at least one element in a list of elements, contain the text.hasTextMatching
(String regexToBeMatched) Checks if the element, or at least one element in a list of elements, matches the given regex.Checks if the element, or at least one element in a list of elements has given value (in its 'value' attribute).Checks if the element is clickable.Checks if the element is displayed.Checks if the element is enabled.Checks if the element is not clickable.Checks if the element is not displayed.Checks if the element is not enabled.Checks if the element is not present.Checks if the element is not selected.Checks if the element is present.Checks if the element is selected.Methods inherited from class org.assertj.core.api.AbstractAssert
areEqual, asInstanceOf, asList, assertionError, asString, describedAs, descriptionText, doesNotHave, doesNotHaveSameClassAs, doesNotHaveSameHashCodeAs, doesNotHaveToString, equals, extracting, extracting, failure, failureWithActualExpected, failWithActualExpectedAndMessage, failWithMessage, getWritableAssertionInfo, has, hashCode, hasSameClassAs, hasSameHashCodeAs, hasToString, inBinary, inHexadecimal, is, isElementOfCustomAssert, isEqualTo, isExactlyInstanceOf, isIn, isIn, isInstanceOf, isInstanceOfAny, isInstanceOfSatisfying, isNot, isNotEqualTo, isNotExactlyInstanceOf, isNotIn, isNotIn, isNotInstanceOf, isNotInstanceOfAny, isNotNull, isNotOfAnyClassIn, isNotSameAs, isNull, isOfAnyClassIn, isSameAs, matches, matches, newListAssertInstance, overridingErrorMessage, overridingErrorMessage, satisfies, satisfies, satisfies, satisfiesAnyOf, satisfiesAnyOf, satisfiesAnyOfForProxy, satisfiesForProxy, setCustomRepresentation, setDescriptionConsumer, setPrintAssertionsDescription, throwAssertionError, usingComparator, usingComparator, usingDefaultComparator, usingRecursiveComparison, usingRecursiveComparison, withFailMessage, withFailMessage, withRepresentation, withThreadDumpOnError
Methods inherited from class java.lang.Object
clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait
Methods inherited from interface org.assertj.core.api.Descriptable
as, as, as, describedAs
-
Constructor Details
-
FluentWebElementAssert
-
-
Method Details
-
isEnabled
Description copied from interface:ElementStateAssert
Checks if the element is enabled.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isEnabled();
- Specified by:
isEnabled
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isNotEnabled
Description copied from interface:ElementStateAssert
Checks if the element is not enabled.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isNotEnabled();
- Specified by:
isNotEnabled
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isDisplayed
Description copied from interface:ElementStateAssert
Checks if the element is displayed.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isDisplayed();
- Specified by:
isDisplayed
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isNotDisplayed
Description copied from interface:ElementStateAssert
Checks if the element is not displayed.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isNotDisplayed();
- Specified by:
isNotDisplayed
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isSelected
Description copied from interface:ElementStateAssert
Checks if the element is selected.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isSelected();
- Specified by:
isSelected
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isNotSelected
Description copied from interface:ElementStateAssert
Checks if the element is not selected.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isNotSelected();
- Specified by:
isNotSelected
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isClickable
Description copied from interface:ElementStateAssert
Checks if the element is clickable.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isClickable();
- Specified by:
isClickable
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isNotClickable
Description copied from interface:ElementStateAssert
Checks if the element is not clickable.This method also has a preceding validation for the presence of the element, which fails this assertion method if it would fail.
Example:
assertThat(element).isNotClickable();
- Specified by:
isNotClickable
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isPresent
Description copied from interface:ElementStateAssert
Checks if the element is present.Example:
assertThat(element).isPresent();
- Specified by:
isPresent
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
isNotPresent
Description copied from interface:ElementStateAssert
Checks if the element is not present.Example:
assertThat(element).isNotPresent();
- Specified by:
isNotPresent
in interfaceElementStateAssert
- Returns:
this
assertion object.
-
hasText
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, contain the text.Example:
For a
FluentWebElement
it can be:assertThat(element).hasText("magnificent");
which passes when the element contains (but is not necessarily exactly equal to) the argument text.NOTE: currently both this method and
FluentAssert.hasTextContaining(String)
validate text containment. If you want to validate containment please useFluentAssert.hasTextContaining(String)
, as this method will be updated in a future release to validate equality of text(s).- Specified by:
hasText
in interfaceFluentAssert
- Parameters:
textToFind
- text to find- Returns:
this
assertion object.
-
hasTextContaining
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, contain the text.Example:
For a
FluentWebElement
it can be:assertThat(element).hasTextContaining("magnificent");
which passes when the element contains (but is not necessarily exactly equal to) the argument text.NOTE: currently both
FluentAssert.hasText(String)
and this method validate text containment. If you want to validate containment please use this method, asFluentAssert.hasText(String)
will be updated in a future release to validate equality of text(s).- Specified by:
hasTextContaining
in interfaceFluentAssert
- Parameters:
text
- text to find- Returns:
this
assertion object.
-
hasTextMatching
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, matches the given regex.Example:
For a
FluentWebElement
it can be:assertThat(element).hasTextMatching(".*magnificent$");
- Specified by:
hasTextMatching
in interfaceFluentAssert
- Parameters:
regexToBeMatched
- regex to be matched- Returns:
this
assertion object.
-
hasNotText
Description copied from interface:FluentAssert
Checks if the element does not contain, or none of the elements in a list of elements contain the text.Example:
For a
FluentWebElement
it can be:assertThat(element).hasNotText("magnificent");
which passes when the element text doesn't contains (and not when it is not equal to) to the argument text.NOTE: currently both this method and
FluentAssert.hasNotTextContaining(String)
validate text containment. If you want to validate containment please useFluentAssert.hasNotTextContaining(String)
, as this method will be updated in a future release to validate equality of text(s).- Specified by:
hasNotText
in interfaceFluentAssert
- Parameters:
textToFind
- text to find- Returns:
this
assertion object.
-
hasNotTextContaining
Description copied from interface:FluentAssert
Checks if the element does not contain, or none of the elements in a list of elements contain the text.Example:
For a
FluentWebElement
it can be:assertThat(element).hasNotText("magnificent");
which passes when the element text doesn't contains (and not when it is not equal to) to the argument text.NOTE: currently both
FluentAssert.hasNotText(String)
and this method validate text containment. If you want to validate containment please use this method, asFluentAssert.hasNotText(String)
will be updated in a future release to validate equality of text(s).- Specified by:
hasNotTextContaining
in interfaceFluentAssert
- Parameters:
textToFind
- text to find- Returns:
this
assertion object.
-
hasId
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has the given idExample:
For a
FluentWebElement
it can be:assertThat(element).hasId("marked");
which passes when the element text is equal to the argumentidToFind
.- Specified by:
hasId
in interfaceFluentAssert
- Parameters:
idToFind
- id to find- Returns:
this
assertion object.
-
hasClass
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has the class.Example:
For a
FluentWebElement
it can be:assertThat(element).hasClass("marked");
which passes when the element class attribute (handled as a list of class values) contains the argumentclassToFind
.- Specified by:
hasClass
in interfaceFluentAssert
- Parameters:
classToFind
- class to find- Returns:
this
assertion object.
-
hasNotClass
Description copied from interface:FluentAssert
Checks if the element does not contain, or none of the elements in a list of elements contain the classIt passes assertion both when the class attribute is present but doesn't contain the argument class, and when the class attribute is not present at all.
Example:
For a
FluentWebElement
it can be:assertThat(element).hasNotClass("marked");
- Specified by:
hasNotClass
in interfaceFluentAssert
- Parameters:
htmlClass
- class to find the absence of- Returns:
this
assertion object.
-
hasClasses
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has all of the argument classes.Example:
For a
FluentWebElement
it can be:assertThat(element).hasClasses("marked", "as", "great");
which passes when the element class attribute (handled as a list of class values) contains all of the argumentclassesToFind
.- Specified by:
hasClasses
in interfaceFluentAssert
- Parameters:
classesToFind
- classes to find- Returns:
this
assertion object.
-
hasNotClasses
Description copied from interface:FluentAssert
Checks if the element does not contain, or none of the elements in a list of elements contain any of the classes.Example:
For a
FluentWebElement
it can be:assertThat(element).hasNotClasses("marked", "as", "great");
- Specified by:
hasNotClasses
in interfaceFluentAssert
- Parameters:
classesToFind
- classes to find the absence of- Returns:
this
assertion object.
-
hasValue
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements has given value (in its 'value' attribute).Example:
For a
FluentWebElement
it can be:assertThat(element).hasValue("John Smith");
which passes when the element's value is equal to the argument value.- Specified by:
hasValue
in interfaceFluentAssert
- Parameters:
value
- value to find- Returns:
this
assertion object.
-
hasName
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has given name (in its 'name' attribute).Example:
For a
FluentWebElement
it can be:assertThat(element).hasName("John Smith");
which passes when the element's value is equal to the argument name.- Specified by:
hasName
in interfaceFluentAssert
- Parameters:
name
- name to find- Returns:
this
assertion object.
-
hasTagName
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has given tag.Example:
For a
FluentWebElement
it can be:assertThat(element).hasTagName("div");
which passes when the element's value is equal to the argument tag name.- Specified by:
hasTagName
in interfaceFluentAssert
- Parameters:
tagName
- tag name to find- Returns:
this
assertion object.
-
hasDimension
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has given dimension.Example:
For a
FluentWebElement
it can be:assertThat(element).hasDimension(fluentWebElement.getDimension());
which passes when the element's dimension is equal to the argument dimension.- Specified by:
hasDimension
in interfaceFluentAssert
- Parameters:
dimension
- dimension to find- Returns:
this
assertion object.
-
hasAttributeValue
Description copied from interface:FluentAssert
Checks if the element, or at least one element in a list of elements, has property with the exact given value.Example:
For a
FluentWebElement
it can be:assertThat(element).hasAttributeValue("href", "https://fluentlenium.io");
- Specified by:
hasAttributeValue
in interfaceFluentAssert
- Parameters:
attribute
- attribute to findvalue
- property value to match with actual- Returns:
this
assertion object.
-
hasAttribute
Description copied from interface:ElementAttributeAssert
Checks if the element has the given property.It allows users to do not just presence validation but apply chained String assertions to further validate the attribute value.
Examples:
Validating the presence of an attribute on an element:
assertThat(element).hasAttribute("href");
Validating both the presence of an attribute on an element, and the value of that attribute:
assertThat(element).hasAttribute("href").isEqualTo("https://duckduckgo.com");
- Specified by:
hasAttribute
in interfaceAttributeAssert<org.assertj.core.api.AbstractStringAssert>
- Specified by:
hasAttribute
in interfaceElementAttributeAssert
- Parameters:
attribute
- the attribute to find- Returns:
- a new
AbstractStringAssert
object with the actual attribute value
-
hasNotAttribute
Description copied from interface:AttributeAssert
Checks if the element doesn't have, or no element in a list of elements has, the given property.- Specified by:
hasNotAttribute
in interfaceAttributeAssert<org.assertj.core.api.AbstractStringAssert>
- Parameters:
attribute
- attribute to find the absence of- Returns:
this
assertion object.
-


Nigerian man weds his oyinbo lover in a beautiful ceremony
Currently trending on social media are photos and a video of a Nigerian man from the eastern region, who recently got married to his Asian bride in a beautiful ceremony.
Indeed, when two people find true happiness with each other, no obstacle is too big to overcome, for true love knows no colour, race, age nor distance and this couple trending online have proven this to be true.
Photos from the white wedding and a video from the traditional ceremony of the eastern Nigerian man and his Chinese bride in Guangzhou, China, have melted the hearts of many social media users.
What has left many people amazed is how stunning the bride and her family looked in the traditional Igbo outfits and how cheerfully they participated in the traditional ceremony.
 Contact Legit.ng instantly
It is no news that many foreign countries are gradually beginning to fall in love with African cultures, especially those in Nigeria and this is also reflected in yet another wedding video that trended on social media.
There is a popular saying that goes; when you go black, you never go back. For this Taiwanese bride, it appears she has gone all out for her Nigerian boo and this can is reflected in how happy she was at her wedding.
The couple who had a traditional Igbo wedding, was all smiles as she danced her way to her groom with a cup of wine in hand, given to her by her parents who were equally dressed in Igbo attire.
Top 5 Nigeria celebs married to foreigners | Legit TV


Google Earth Enterprise Documentation Home | Fusion resources and projects
Import pre-processed data
You can import pre-processed data into Fusion. The data comes in folders that have Fusion-specific extension names. For example, raster data is inside a pair of Imagery and Terrain folders that have the same filename with different extensions. Vector data is in a single folder with a .kvp extension. There is a diferent Fusion import command or command option for each extension. The extensions and their import commands are described below:
| File Extension | Data Type | Import Command |
|---|---|---|
| .kip | Imagery |
genewimageryresource |
| .ktp | Terrain |
genewterrainresource |
| .kvp | Vector |
genewvectorresource |
| .kmp | Mask |
--havemask command optionUse the --nomask option to import files without a mask. |
To import pre-processed data to Fusion:
- Copy the data to an appropriate directory on your Fusion machine. For example, for imagery:
/gevol/src/imagery/...
- Verify that
read
andexecute
permissions are set on the folder and subfiles so that the Fusion user (gefusionuser
by default) can access and read the files. - Open a terminal window on your processing machine, then change directory to your asset root:
cd /gevol/assets
- Use the appropriate command for the type of data you have: imagery, terrain, or vector. Your command must contain either the
--havemask
or--nomask
option. To import imagery that includes pre-processed mask files, use-havemask
. If your raster data doesn't have a mask, use-nomask
.
For example, the NASA Blue Marble imagery doesn't have a mask. If you import it without using-nomask
, it displays a black line and circular gaps at each pole because the map edges are masked and the center of the earth is exposed.
Commands are in the format:
[commandname] [options] [--meta <key>=<value>]... -o <assetname> { --filelist <file> | <sourcefile> ...}
For allgenew{imagery,terrain,vector}resource
tools, the output path (-o path
) must be relative to the asset root directory.
You can specify source filenames on the command line or in a filelist. To view supported command options, enter [commandname]--help | -?
File Type Command Example .kip (Imagery) genewimageryresource --provider <PROVIDER_KEY> --havemask -o \path/to/resource/directory/resourcename \
/path/to/imagery.kipTo add files named
SanFrancisco.kip
andSanFrancisco.kmp
to the/gevol/assets/imagery/noam/usa/ca/SanFrancisco
directory:
genewimageryresource --havemask -o \
imagery/noam/usa/ca/SanFrancisco \
/gevol/src/imagery/noam/usa/ca/SanFrancisco.kip.ktp (Terrain) genewterrainresource --provider <PROVIDER_KEY> --havemask -o \
path/to/resource/directory/resourcename \
/path/to/terrain.ktpTo add files named GTOPO30.ktp
andGTOPO30.kmp
to the/gevol/assets/terrain/world/
directory:
genewterrainresource --havemask -o \
terrain/world/GTOPO30 \
/gevol/src/terrain/world/GTOPO30.ktp.kvp (Vector) genewvectorresource --provider <PROVIDER_KEY> --encoding <ENCODING_SCHEME> -o \
path/to/resource/directory/resourcename \
/path/to/vector.kvpTo add a file named
income.kvp
to the/gevol/assets/vector/noam/usa/demographic/
directory:
genewvectorresource -o \
vector/noam/usa/demographic/income \
/gevol/src/vector/processed/noncommercial/nationalatlas/income.kvp
- Use the
gebuild
command to build the asset:
gebuild path/to/resource/directory/resourcename


We can use this library for some learning programs, to get the idea easily, lets imagine we are doing a program that learn a user some language, let it be CSS (dont argue with me, it is a language), actually you can see a bigger example of it in one of my repositories, called learnProgect, but pay attention that i use there an older version of the library, so you can only see what does it possible to do.
background-color: red;
color: pink;
font-size: 2em;
opacity: 0.5;
As you can see everything works perfect, i hope it does, and here we used only 40 JS lines, and some styles, actually i hate making a design so i am sorry for this shit, but the main is that such not easy as you can firstly think task has been made in easy way, hope you like it. If you want to see the next example go here!


Sparrow has had many experiences that she has disliked or that have horrified her
these are some of her least favorite experiences
When Sparrow was 1 year into kittenhood, she was forcibly removed from her squatty apartment home in Ohio and endured a 8 hr(not including layover) plane ride to Oregon.
despite being sedated and to the dismay of other passengers: Sparrow yowled the entire trip.


Yet another article about design vs. art
This is my thinkpiece on the difference between design and art. There are many like it, but this one is mine.
There are hundreds, if not thousands, of think pieces out there about what is design, and what is art, and how they overlap (or don’t). Can art exist without design? Can design exist without art? Is graphic design art or is it design? Does art have a role in UX design?
The world hardly needs another article on this topic, but I feel like if I’m going to have a blog about design, I should make it clear what my stance is here.
First up: Design.
Design is the reduction of friction
This is another way of saying that design is about removing all the things that make something not work as well as it could. In user experience design this means making something easy to use by removing everything that makes it difficult to use. There are millions of articles out there about how this works, but design isn’t just about usability. There are other kinds of friction that can be eliminated with creative design — including literal friction.
I recently bought a Nissan LEAF electric car. As you can see in the picture below, it has a couple of really funky looking raised headlights.
Those funky headlights aren’t purely stylistic. They’re designed to reduce drag over the side mirrors. Both mileage and safety are important to car manufacturers. Since side mirrors can’t be eliminated or made perfectly aerodynamic, a creative designer found a way to use a completely different car part to mitigate one negative impact of their presence.
Design can also be used to reduce friction in marketing. In marketing, friction is anything that prevents a user from selecting your product over a competitor’s. A marketer’s goal is to make the decision to use their product as close to a “no-brainer” as possible.
If I’m considering two different restaurants and one offers online reservations and one doesn’t, I’m almost always going to choose the one with online reservations.  That’s friction a restaurant needs to remove if they want to do business with me.
What about Graphic Design? Is Graphic Design… design? Or is it art? That’s where the art vs. design debate tends to get pretty heated. My take is that it’s a little bit of both, but it’s mostly art. So let’s define art:
Art is the use of craft to tell a story
Entire college courses and entire careers are dedicated to defining art, but in actuality most discussion centers around what makes art good or bad. I am not qualified to have those discussions. I stick with a definition that makes no judgments about quality.
All art is story telling. An artist wants to make you feel or think something, so they tell a story they hope will get that reaction. It doesn’t have to be a literal story. It can be a mood created by clever use of typography or colors (or interpretive dance, or music, or architecture). It can be a feeling of wealth and success created by selecting exotic materials for a luxury car.
Design always solves problems. Art doesn’t have to. Sometimes art’s only goal is to make someone think “Wow, that’s weird.” If art gives the viewer/listener/reader the thoughts or feelings the artist intends them to have, then it’s successful. Design is about the goals of the user. Art is about the goals of the creator.
How design helps art
Artists use design to create art. If art’s goal is to tell a story, the job of design in art is to reduce the friction in getting that story across. The most common design tool in art is technical skill. If you want people to understand the story of Swan Lake, you need to be able to dance. If you want to tell a visual story about the passion of Jesus Christ, it helps to be able to draw an accurate representation of Jesus (or at least of a human being).
But art can also make use of clever design decisions unrelated to technical skill. Mark Rothko is famous for extremely simple (looking) paintings containing nothing but large fields of color. There’s little story that this type of painting can tell beyond setting a mood.
Rothko’s paintings are large. If a painting’s goal is to set a mood, it’s much easier to set a mood with a huge wall of color than with a postage stamp. The size of his paintings was a design choice made by Rothko with the goal of reducing friction in setting a mood.
How art helps design
It’s almost impossible to create a successful experience that doesn’t tell a story. Human beings are not rational creatures. Science has proven repeatedly that human decisions are driven by emotion, not logic—even to the extent that people with damaged emotional centers in their brains are incapable of making decisions. People are influenced by stories.
Particularly in the consumer world, stories drive purchasing decisions. When you buy a Ralph Lauren polo shirt, you aren’t buying cotton and thread, you’re buying sunny afternoons playing croquet at the country club. When you buy a Lexus, you’re not buying four wheels and a engine, you’re buying a corner office, power lunches, and a killer golf swing. These stories help marketers sell products. If these stories speak to you, they reduce the friction that would cause you to buy something else. When it comes to selling products, these stories are just as important as good UX design on the respective companies’ websites.
I recently came across a Medium post entitled “Well-designed interfaces are boring.” I respectfully disagree. Firstly, Donald Norman famously demonstrated that attractive things work better. Why? Because we feel more relaxed around visually appealing things. This state of relaxation encourages us to explore alternative ways of using something, whereas a state of tension causes us to give up in frustration.
Secondly, the primary example author Matthew Ström gives as a boring interface is the Bloomberg Terminal. You know, one of these things:
He’s right that every design aspect of this thing was chosen for a good reason but — I’m sorry — this thing is not boring.   Based on the reputation of elite Wall Street bankers, I’m pretty sure that’s the desired (and proven) effect.
Good design does not need to be boring. Good design should not be distracting, but that’s absolutely not the same thing.
Lets talk flat design (of course)
Nothing has fired up the art vs. design debate more than the twenty-first century “übertrend” of flat design. Is flat design devoid of art? Is flat design devoid of design? Either way, are we better or worse off?
Well, let’s see how flat design fits into my two definitions of design and art.
Proponents of flat design believe that it removes friction by eliminating distracting UI details. But detractors believe that it adds friction by making it harder to decipher content hierarchies. I believe that both flat and non-flat design can have non-distracting UI’s and clear content hierarchies if done well. So, I don’t find either style inherently superior — from a UX perspective — but there is clearly a design strategy behind each.
The other argument flat design fans make is that flat design is somehow more “natural” for a screen-based interface, that it’s somehow more authentic and real.
If that’s not storytelling, I don’t know what is. There’s no such thing as an “authentic digital experience”. Humans invented computers and they invented display screens. Saying that there’s one “authentic” look and feel for screens is like saying there’s only one “authentic” way to build a table. Like screens, tables don’t exist in nature. Tables can be made of wood, plastic, metal, glass, or iron. There is room in the world for all of these, and the ideal table at any given moment depends on intended usage and fashion trends.
Flat design is absolutely an artistic choice and by no means some kind of platonic ideal of visual design.
I believe we exist in an endless cycle of flat vs. intricate design. Some believe intricate-to-flat is a one way street. If so, how did we go from Swiss design to grunge, then back to flat design? Intricate design will be back. There is far too much craft and elegance in graphics like 2010-era OS X icons for their likes never to grace our eyes again.
Can’t we all just get along?
There is room in the tech world for art and design. There is room for designers who are good at art and for artists who are good at design. There is also room for designers who aren’t good at art and artists who aren’t good at design — as long as they collaborate well with their counterparts. Art and design are both tools. They’re independent yet highly symbiotic. If you want to build something great, strive to make use of the best design and the best art available.


Atom Framework
- Atoms
- Molecules
- Organims
- Templates
- Pages
A pattern is a recurring, reusable solution that can be applied to solve a design problem
“Each problem describes a problem that occurs over and over again in our environment, and then descrives the core of the solution to that problem.”
Christopher Alexander (1978), A Pattern Lenguage


Click the arrow when ready
Arrange the blocks in the script areas so that the coin spins when the green flag is clicked
When done:
click here to proceed to the next challenge.When done:
Click here to proceed to the next challenge.Make Mario jumps up when space key is pressed - that is:


Vijay Bhaskar
I'm a Boy. woo!
Some of my favourite places
Beach
Movies
Parks
make sure to follow me on
instagram


Fifteen tons of fun!
Roll up! Roll up! All aboard, for the magical maker bus ride. Next August, we're heading from the west coast to east coast, sharing the maker fun as we travel in our vintage Leyland bus.
Fly our JavaScript controlled quadcopters, filming the location from above as you soar with the birds. Or, if you prefer to stay on the ground, enter the maker jam.
The theme of this year's maker-jams is the future of travel. We'll be piling our bus high with arduinos, breadboards, controllers, diodes, engravers, files... Enter today.


Text Zoom - Simple example
3 Dev Adam is a 1973 Turkish cult superhero film in which
Captain America and El Santo have to defeat evil crime lord Spider-Man.
If you zoom the text in this demo over 113%, you will see this text reposition itself to ensure it doesn't obscure important parts of this photo. For more information about this demo, please read the blog post about the text-zoom-event js library.


By Alex Allain
One of the most interesting non-programming parts of computer science is the
study of what can (and cannot) be computed. For instance, take the question,
"does this program complete?" I.e., will it not go into an infinite loop.
How would you answer this question, given an arbitrary piece of code? You
could try running it. But what if it takes a long time? How long are you
willing to wait?
Think about whether there is a general solution to this problem -- a method
that you could apply to any piece of C code in order to demonstrate that it
will eventually come to a stop.
Let's say that you discovered such a solution. It's a program that takes two
arguments: the code for a program, and its input. This solution returns true
if the program halts on the given input, and false if the program runs
forever. Let's call this program DOES-HALT. We can use DOES-HALT as
follows:
DOES-HALT(program, input)
Now, given DOES-HALT, let's see what kinds of cool things we can do. Well, we
can pass in the code of any program that's been running for a long time and
ensure that it's working. This could certainly prove useful for complex
programs implementing a great deal of recursion or with complicated loop
conditions.
We could also use DOES-HALT to quickly compute whether or not a program passes
its test cases. This is a little bit trickier. How could we use DOES-HALT to
determine if a program produces the correct output for a specific input? Keep
in mind that DOES-HALT does just that -- it halts. So what if we constructed
a second program, let's call it COMPARE-OUTPUT, that would take three
arguments: a program, the input to the program, and the expected output.
Here's the key: COMPARE-OUTPUT will halt when the output of the program is the
same as the expected output, and it will go into an infinite loop otherwise.
Now, all we need to do is run DOES-HALT(COMPARE-OUTPUT, [program, input,
expected output]) to know whether or not program passes the test case, input,
and outputs the expected output. If it halts, well, it does; otherwise, it
doesn't!
Think of the time such a program might save us for testing complex algorithms!
Let's look at some of the other consequences. In particular, what if we
decided we wanted to write a program that would test what happens when we run
a program on itself as input. For instance, the *nix program cat, when run on
itself, would output the binary executable file. Some programs might never
halt when run on themselves, though -- so let's use DOES-HALT to write
pseudo-code for a program that checks to see what happens when a program is
given itself as input. let's call it SELF-HALT, and SELF-HALT will halt if
the input program would *not* halt on itself.
SELF-HALT(program)
{
if(DOES-HALT(program, program))
infinite loop
else
halt
}
This code is pretty straightforward: if the program would halt on itself,
then SELF-HALT goes into an infinite loop. Otherwise, it halts.
This is pretty nifty because we can use it to tell whether a program that is
designed to analyze other programs (for instance, DOES-HALT) will actually
halt when given itself as input.
In fact, what if we use SELF-HALT to analyze itself? Well, let's see.
SELF-HALT(SELF-HALT) should loop forever if DOES-HALT(SELF-HALT, SELF-HALT).
So if SELF-HALT halts on itself, it should loop forever.
That doesn't make sense, so DOES-HALT(SELF-HALT, SELF-HALT) must be false.
SELF-HALT(SELF-HALT) must not halt. But if DOES-HALT(SELF-HALT, SELF-HALT) is
false, SELF-HALT(SELF-HALT) must halt! A contradiction.
So where does this leave us? There's nothing inherently wrong with our
SELF-HALT program; its structure is just fine. Everything we pass as
an argument is perfectly reasonable as well. In fact, the only thing that looks
at all questionable is this DOES-HALT program we've been using.
In fact, the above argument is essentially a proof that the halting problem,
as it is termed, cannot be solved in the general case. No DOES-HALT program
exists. If it did, we would be able to generate contradictions such as the
above -- a program that halts when it should loop forever, and that loops
forever when it halts.


Improving graphics by ameliorating order effects, using Eulerian tours and Hamiltonian decompositions of graphs.
| Version: | 1.3.2 |
| Depends: | TSP, gtools, graph, methods |
| Suggests: | knitr, rmarkdown, Sleuth3, colorspace, multcomp, igraph, scales, RColorBrewer, alr3, scagnostics |
| Published: | 2018-08-09 |
| Author: | C.B. Hurley and R.W. Oldford |
| Maintainer: | Catherine Hurley <catherine.hurley at mu.ie> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | PairViz results |
| Reference manual: | PairViz.pdf |
| Vignettes: |
Multiple comparisons with PairViz Introduction to PairViz Correlation and scagnostic guided parallel coordinate plots |
| Package source: | PairViz_1.3.2.tar.gz |
| Windows binaries: | r-devel: PairViz_1.3.2.zip, r-release: PairViz_1.3.2.zip, r-oldrel: PairViz_1.3.2.zip |
| OS X binaries: | r-release: PairViz_1.3.2.tgz, r-oldrel: PairViz_1.3.2.tgz |
| Old sources: | PairViz archive |
| Reverse imports: | zenplots |
| Reverse suggests: | loon |
Please use the canonical form https://CRAN.R-project.org/package=PairViz to link to this page.


list of Events blur focus click dblclick cut copy paste keypress keyup keydown mousedown mouseup mouseenter mouseleave mousemove mouseover today {{today}} date filter{{today | date}} date filter{{today | date:"dd-MM-yy"}} {{23 | percent}} {{34 | currency}} {{345 | currency : 'INR'}} {{'qshore technologies' | slice:2:5}} custome pipe {{2 | exponential:10}} mahesh M@he$h a -> @ s -> $
{{'this is para dblclick' | uppercase}}
{{'this is para MOUSE DOWN' | lowercase}}
this is para mouseup
this is para mouseenter
this is para mouseleave
this is para mousemove
this is para mouseover


I am a Deep Learning Engineer with experience on working with Tensorflow and Python. Also have worked on deploying industrial grade Object and Facial recognition systems.
Am Fuelled by Coffee and also strongly believe that making useful services with machine learning is awesome!
Working on implementing Deep Neural Network based models for Facial Recognition System and Automatic Number Plate Detection System(ANPR).
Deployed end to end system for detecting and recognizing vehicle license plates using Deep Neural Networks.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur in iaculis ex. Etiam volutpat laoreet urna. Morbi ut tortor nec nulla commodo malesuada sit amet vel lacus. Fusce eget efficitur libero. Morbi dapibus porta quam laoreet placerat.
View ProjectGraduated with aggregate 69 percent.


There isn't actually anything here. You're probably looking for:
Less commonly, you might be looking for


{% include 'multiplicity/includes/head.html' %}
Fill out the form below to become join the {{ taskforce }} taskforce!
{% elif not contributor %}Sign up to become a team member at {{ SITE_NAME }}!
{% else %}Sign up to become a contributor on {{ SITE_NAME }}!
{% endif %}


$readFromXML
$SelectCommand
$table
The logic in which the methods read the query is:
- First we look if the $readFromXML variable is set to true. If the variable is true we read the query from the XML file (see below).
- If the $readFromXML is false we look at $SelectCommand.
- If the $SelectCommand is empty at end we look for $table
In order to read the query from XML we should use two variables - $readFromXML and $SelectCommand. The $readFromXML should be set to true and the $SelectCommand should meet some conditions. These are as follows:
SelectCommand should be set as xmlfile.sqlid. The xmlfile is the name of xml file where we store the sql commands, sqlid is the id of the required sql.
The xml file should have the following structure
< ?xml version="1.0" encoding="UTF-8"?> <queries> <sql Id="getUserById"> Select .. From .. Where ... </sql> <sql Id="validateUser"> Select From Where </sql> ... </queries>
Let suppose that we want not to display the Freight field (Using our example) if the user belogs to a group greater than 3.
Create a file groupright.xml which should look like this:
< ?xml version="1.0" encoding="UTF-8"?> <queries> <sql Id="allfields"> SELECT OrderID, OrderDate, CustomerID, Freight, ShipName FROM orders </sql> <sql Id="limitedfields"> SELECT OrderID, OrderDate, CustomerID, ShipName FROM orders </sql> ... </queries>
Save the file in certain location and write the following PHP script
<?php require_once 'jq-config.php'; // include the jqGrid Class require_once "php/jqGrid.php"; // include the PDO driver class require_once "php/jqGridPdo.php"; // Connection to the server $conn = new PDO(DB_DSN,DB_USER,DB_PASSWORD); $group = $_SESSION['usergroup']; // Create the jqGrid instance $grid = new jqGrid($conn); // Enable reading from XML $grid->readFromXML = true; // Set the query based on the condition if($group <= 3) $grid->SelectCommand = 'pathtothefile/groupright.allfields'; else $grid->SelectCommand = 'pathtothefile/groupright.limitedfields'; $grid->dataType = "json"; $grid->queryGrid(); ?>


Mysterious Wizard:
Hmm? You ask if he has arrived?
Oh no, my friend! It will take him quite a bit longer to get here.
Bored? Why don't you do something else to pass the time?


| Per Spot Selection₹10/- | Prize for each right Selection ₹90/- |
| Outcome | Time for Outcome-02:08:00 |
SPOT Selection
SPOT A
SPOT B
SPOT C
SPOT D
SPOT E
SPOT G
SPOT H
SPOT J
SPOT K
SPOT L
A
B
C
D
E
L
G
H
J
K
Statistics
| Swing | |
| Outstanding | |
| Ball | |
| 2nd Ball | |
| Bowler | |
| Fast Bowler | |
| Bowling Hand | |
| Right Hand | |
| Bowling Speed | |
| 150KMPH |
| Total Qty0 | | | Amt.Payable₹0/- |


Before Change
Return tf-idf representation of the input vector and/or corpus.
// if the input vector is in fact a corpus, return a transformed corpus as a result
if utils.isCorpus(bow):
return self._apply(bow)
// unknown (new) terms will be given zero weight (NOT infinity/huge weight,
After Change
Return tf-idf representation of the input vector and/or corpus.
// if the input vector is in fact a corpus, return a transformed corpus as a result
is_corpus, bow = utils.isCorpus(bow)
if is_corpus:
return self._apply(bow)


{% extends "base.html" %} {% load crispy_forms_tags %} {% block sub_title %} - Assignment Ratios: {{ state.name }}{% endblock %} {% block content %}
Ascribe weights to workers in each state. Weights don't have to add up anything in particular, they're purely a relative metric. Those with a weight of zero will receive no new assignments. Setting everybody's weight to zero will result in the autoassigner not assigning anything to anyboby.
The number of assignments each user has received today in this category is expressed next to their name in parentheses.
<< Autoassign States {% endblock %}


{% extends 'account/base.html' %} {% block title %} Login {% endblock %} {% block contents %}
Please, input your log in details
Don't have an account register here
Username or password incorrect
Forgot password


| Category: algorithms | Component type: function |
template <class ForwardIterator, class OutputIterator, class Distance> OutputIterator random_sample_n(ForwardIterator first, ForwardIterator last, OutputIterator out, Distance n) template <class ForwardIterator, class OutputIterator, class Distance, class RandomNumberGenerator> OutputIterator random_sample_n(ForwardIterator first, ForwardIterator last, OutputIterator out, Distance n, RandomNumberGenerator& rand)
Random_sample copies m elements from [first, last) to [out, out + m), where m is min(last - first, n). The return value is out + m.
The first version uses an internal random number generator, and the second uses a Random Number Generator, a special kind of function object, that is explicitly passed as an argument.
int main() { const int N = 10; int A[] = {1, 2, 3, 4, 5, 6, 7, 8, 9, 10}; random_sample_n(A, A+N, ostream_iterator<int>(cout, " "), 4); // The printed value might be 3 5 6 10, // or any of 209 other possibilities. }
[1] This is "Algorithm S" from section 3.4.2 of Knuth (D. E. Knuth, The Art of Computer Programming. Volume 2: Seminumerical Algorithms, second edition. Addison-Wesley, 1981). Knuth credits C. T. Fan, M. E. Muller, and I. Rezucha (1962) and T. G. Jones (1962). Note that there are N! / n! / (N - n)! ways of selecting a sample of n elements from a range of N elements. Random_sample_n yields uniformly distributed results; that is, the probability of selecting any particular element is n / N, and the probability of any particular sampling is n! * (N - n)! / N!.
[2] In contrast, the random_sample algorithm does not preserve relative ordering within the input range. The other major distinction between the two algorithms is that random_sample_n requires its input range to be Forward Iterators and only requires its output range to be Output Iterators, while random_sample only requires its input range to be Input Iterators and requires its output range to be Random Access Iterators.


{% capture root_url %}{{ site.root | strip_slash }}{% endcapture %}
This website moved. If you are not redirected automatically please follow this link.


To show an alert, inject the Kirby
modalController
in your constructor, create an
AlertConfig
and pass it to
modalController.showAlert
.
title
and
message
properties in
AlertConfig
also accept an Observable for dynamic values:
(see "Example on github" for implementation details of the
remainingSeconds$
timer)
:
[Optional]
If you need to obtain data back from the alert, you can pass a callback function:


{% extends 'base.html' %} {% comment %} # Copyright 2017 Lockheed Martin Corporation # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. # {% endcomment %} {% load bootstrap3 %} {% load static %} {% block title %} Application Use Agreement {% endblock %} {% block main_heading %}
You must accept the following items to use this application.
If you do not agree to any of the above items you may not use this application.


-
Name: Carl Martinez
- Age: 39
- Gender: Male
- Ethnicity: Hispanic
- Occupation: Supervisor Sam's Club
- Technology: Phone: Samsung Note 7, Tablet: Samsung Tab A, Laptop: ASUS VivoBook, OS: Windows Home edition
- Personality: Loves to buy and sell comics, Avid collector, has been collecting since 1995, Loves everything comics


Task Management
Home
Sign Up
Login
Tasks
Add new Task
Task Name
Task Done
Actions
{{ profile.name }}
Comments
Comments
Add comment
User Name
{{comment.date}}
{{comment.description}}
Comment
Summit comment
Comments
Add comment
User Name
{{comment.description}}


{% extends 'layouts/layout.html' %}
{% block beforeContent %}
{{ hero({
"heading": "Service Delivery Manual",
"text": "Design, build and run NHS Business Service Authority services."
}) }}
{% endblock %}
{% block content %}
{{ promo({
"href": "https://www.gov.uk/service-toolkit",
"heading": "GOV.UK Service Delivery Manual",
"headingLevel": 2,
"description": "The government standards your team needs to work to, and the guidance and tools to support them."
}) }}
{{ promo({
"href": "assessment",
"heading": "Assessments at the NHS Business Services Authority",
"headingLevel": 2,
"description": "All services need an assessment, includes training and consultancy to help your team prepare."
}) }}
{{ promo({
"href": "guidance",
"heading": "Guidance and tools",
"headingLevel": 2,
"description": "The things you need to build and run your service, includes the design system."
}) }}
{{ promo({
"href": "https://beta.nhs.uk/service-manual/",
"heading": "NHS digital service manual",
"headingLevel": 2,
"description": "The things you need to build and run your service, includes the design system."
}) }}


--- layout: page title: "About" header-img: "img/dsm_skyline.jpg" ---
I'm a senior at Iowa State University majoring in Software Engineering. I enjoy being invovled in the Iowa State Computer Science and Software Engineering Club (President May 2016 - May 2017) and working with freshmen in the Software Engineering Learning Community as a Peer Mentor.
Currently I'm a Programmer Analyst Intern at Telligen, working on the Measure Authoring Tool. Using Java Spring, Google Web Toolkit, and MySQL to create a web application which allows measure developers to create and export clinical quality measures.
Outside of work and class, I enjoy working with new technologies and creating projects to experiment on. My main interest right now is in Software Architecture, especially in the realm of web applications. I'm also interested in learning more about the world of DevOps.
Throughout the coures of my career, I hope to have the ability to create unique, cutting edge solutions, that will help change the lives of the users. For the first 5-or-so years of my career, I see myself as a Software Developer that will create quality work that will have an impact on the business and the user. As my career progresses, I hope to move towards a tech lead/software architect role, where I can combine my technical skills, business knowledge, and passion for creating high quality applications, and lead a team of developers. I also hope to have the opportunity to do outreach for the company, attend and talk at conferences, and contribute to open source projects that I'm passionate about.
|
|
|


The initial concept discussions for the Echigo Tsumari competition reignited an idea that we've been
thinking about for a little while: how do you maintain the character of something while changing it into
something obviously new. This thought stems from the largely unchanging character of our city due to
historical preservation of the numerous victorian houses that make up a large part
of our urban composition. These houses are beautiful and add great character to our neighborhoods, but
our minds wander with thoughts like "What what be the process of reducing a victorian house down to its essential parts?
What's left? Is it's essence still recognizable?"
One way we set out to explore this was through a reduction of detail. In this exercise we
modeled Matsumoto Castle, with most of its detail, and dipped it repeatedly in plaster. With each dip
the model lost a degree of detail until all detail disappeared.
Dipping Exercise


Immersive experiences are designed to engage peoples senses often several senses, simultaneously. And, amid the sights, sounds, touches, smells and maybe even tastes, people tend to have heightened awareness because we pay attention when novelty is high. With greater awareness often comes stronger emotional reactions, as well.
Immersive experiences presumably can result from the use of surround sound, handheld video games, virtual/augmented reality headsets, large 3D projected imagery, giant screen theaters, and simulators to note a few. It often gives the participants the impression that they are in the environment that is depicted. Therefore, some refer to it as an illusory environment.
Amusement parks and museums historically have excelled in this arena. Notable recently is the National Geographic Encounter called Ocean Odyssey. Also gaining in popularity are immersive theatres and variously themed escape rooms.
People simply find these experiences fun, engaging and exciting. This is particularly true for younger consumers. Seventy two percent say they would like to increase their spending on experiences rather than physical things in the coming year, according to Eventbrite. Developers recognize this appetite and find profitability in experiential destinations that satisfy this growing pool of consumers.
Immersive experiences are valued for their ability to tell a great story. Akin to getting lost in a great novel, immersion can offer the perception of being physically present in a non-physical world. Stimuli from within a VR/AR headset or from within a creatively, well designed technology-infused space can offer engrossing environments that transport participants. In such a state, people take on unique perspectives and can be persuaded to feel certain emotions. They can be enticed to behave in predictable ways.


List of publications/submissions:
Summary of Case 1:
Assume a scenario of two coalition partners (US Army and UK Army). Suppose that US army sends two large sensing datasets through fixed routes in the network infrastructure of UK Army; one from server 1 to server 2 and another from server 3 to server 4. US Army submits a resource discovery request to UK army by specifying two flows (server 1 to server 2 and server 3 to server 4). Once receiving the request, UK Army examines the fixed routes for both flows, and returns the bandwidth sharing information of two flows to US Army in the form of a set of linear inequalities. Then, US Army uses this set of linear inequalities to determine the optimal and feasible bandwidth allocation to transfer both datasets.
The first case is very simple. All the routes are fixed and have been deployed. You only need to
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ]
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ]
}
]
}]
The resonse show the resource state abstraction in linear constraints format.
Response:
Human-Readable Response:
Once the client receives the resource state abstraction (ReSA), it can do its own policy to find the optimal resoruce reservation. We take an example how one client uses the ReSA informantion to maximize the total throughput. Click to compute the optimal reservation.
Response:
Human-Readable Response:
Now you get all you need. Just click to start your data transfers.
Of course, you can always stop your running task whenever you want
To reproduce the demo, you can and repeat the instructions in a cleanup environment.
Response:
#} {#s1 --- sw1 sw6 sw3 --- d1#} {# \ / \ /#} {# sw5 sw8#} {# / \ / \#} {#s2 --- sw2 sw7 sw4 --- d2#} {##}
Summary of Case 2:
Extension of Case 1 with: (1) the routes in UK Army's network infrastructure for both dataset transfers are not fixed, i.e., on-demand routing; and (2) US Army wants each dataset to pass a deep packet inspector (DPI) middlebox before arriving at the destinations while guaranteeing > 20Mbps bandwidth for the transfer from server 1 to server 2.
In this case, we assume there is no pre-installed route. The client can send a to setup the route on demand.
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ],
"demand": { "min-bw": 20000, "pass-to-dpi": true }
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ],
"demand": { "min-bw": 30000, "pass-to-dpi": true }
}
]
}]
Response:
Then we go through the same workflow as Case 1 to query the resource abstraction and compute the optimal resource reservation for the task:
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ]
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ]
}
]
}]
The resonse show the resource state abstraction in linear constraints format.
Response:
Human-Readable Response:
Once the client receives the resource state abstraction (ReSA), it can do its own policy to find the optimal resoruce reservation. We take an example how one client uses the ReSA informantion to maximize the total throughput. Click to compute the optimal reservation.
Response:
Human-Readable Response:
Now you get all you need. Just click to start your data transfers.
Of course, you can always stop your running task whenever you want
To reproduce the demo, you can and repeat the instructions in a cleanup environment.
Response:
#} {#+------------------------+ +-------------+ +----------------+#} {#| s1 --- sw1 | | sw2 | | sw2 --- d1 |#} {#| \ | | / \ | | / | |#} {#| sw3 --- sw4 ===== sw1 sw4 ===== sw1 | |#} {#| / | | \ / | | \ | |#} {#| s2 --- sw2 | | sw3 | | sw3 --- d2 |#} {#+------------------------+ +-------------+ +----------------+#} {# US Army Division 1 US Army Division 2 UK Army#} {##}
Summary of Case 3:
Extension of Case 1 with: (1) there are three coalition partners, i.e., US Army Division 1, US Army Division 2, and UK Army, and (2) US Army Division 1 wants to transfer both datasets using network infrastructures of all three coalition partners, and the inter-partner route is known to be US Army Division 1 -> US Army Division 2 -> UK Army. In this case, US Army Division 1 needs to collect bandwidth sharing information from US Army Division 2 and UK Army.
In case 3, we assume the client has the prior knowledge about the AS-leve path for each flow it wants to send. The AS-level paths for all potential inter-domain flows are listed in the right side.
Inter-domain prior knowledge:
[
{"src": "<IP_ADDRESS>", "dst": "<IP_ADDRESS>", "as-path": ["<IP_ADDRESS>", "<IP_ADDRESS>"]},
{"src": "<IP_ADDRESS>", "dst": "<IP_ADDRESS>", "as-path": ["<IP_ADDRESS>", "<IP_ADDRESS>"]},
{"src": "<IP_ADDRESS>", "dst": "<IP_ADDRESS>", "as-path": ["<IP_ADDRESS>", "<IP_ADDRESS>"]},
{"src": "<IP_ADDRESS>", "dst": "<IP_ADDRESS>", "as-path": ["<IP_ADDRESS>", "<IP_ADDRESS>"]},
]
We demonstrate how the Unicorn system works with the inter-domain task in the right side submitted.
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ]
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ]
}
]
}]
From the known AS-level path, the orchestration system will query the resource abstraction site to the related sites (in parallel).
The query request for each site is shown in the right side.
Immediate Resource Query Requests:
US Army Division 1:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": ""
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 4567
},
"ingress-point": ""
}
]
}
US Army Division 2:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": "<IP_ADDRESS>"
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 4567
},
"ingress-point": "<IP_ADDRESS>"
}
]
}
UK Army:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": "<IP_ADDRESS>"
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 4567
},
"ingress-point": "<IP_ADDRESS>"
}
]
}
The orchestration system will wait for receiving all responses from different sites.
Then, the orchestration system will merge all the contraints from those sites to get a global constraits set.
Response:
US Army Division 1:
US Army Division 2:
UK Army:
Human Readable Response:
US Army Division 1:
US Army Division 2:
UK Army:
Now, the client can calculate the optimal resource reservation based on this global constraints set.
Let's click to try it out.
Response:
Human-Readable Response:
It looks good now. Let's start this cross-domain data transfer task with the calculated optimal resource reservation!
Of course, you can click this button to interrupt the running task whenever you want.
To reproduce the demo, you can and repeat the instructions in a cleanup environment.
Response:
Human-Readable Response:
#} {#
#}
{# #} {#+------------------------+ +-------------+ +----------------+#} {#| s1 --- sw1 | | sw2 | | sw2 --- d1 |#} {#| \ | | / \ | | / | |#} {#| sw3 --- sw4 ===== sw1 sw4 ===== sw1 | |#} {#| / | | \ / | | \ | |#} {#| s2 --- sw2 | | sw3 | | sw3 --- d2 |#} {#+------------------------+ +-------------+ +----------------+#} {# US Army Division 1 US Army Division 2 UK Army#} {##}
Summary of Case 4:
Extension of Case 3 with: (1) the inter-partner route is unknown. In this case, US Army Division 1 needs to first collect the inter-partner route information from US Army Division 2 and UK Army. Then US Army Division queries the bandwidth sharing information of US Army Division 2 and UK Army based on the collected inter-partner route information.
In some scenarios, the client does not know the AS-level path information about the flows it wants to start. We will show how the orchestration system works in these scenarios.
Each site will be installed a domain agent to explore the AS next hop for the potential flows. Each domain agent will run an SFP speaker to interactive with its peered site. For those flows one site does not know how to forward, the SFP speaker will send the request to its peered and get the reply to make the forwarding decision.
Then the orchestrator can send the path query request to each domain agent to get the information of the next AS hop
Click to get the AS-level path by query the domain agents sequentially.
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ]
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ]
}
]
}]
The response received from each domain shown in the right side.
Response:
Then we go through the same workflow as Case 3 to query the multi-domain resource abstraction and compute the optimal resource reservation for the task.
JSON object summitted to orchestrator:
[{
"id": 1,
"jobs": [
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 1234 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 2345 } ]
},
{
"potential_srcs": [ { "ip": "<IP_ADDRESS>", "port": 3456 } ],
"potential_dsts": [ { "ip": "<IP_ADDRESS>", "port": 5678 } ]
}
]
}]
From the received AS-level path, the orchestration system will query the resource abstraction site to the related sites (in parallel).
The query request for each site is shown in the right side.
Immediate Resource Query Requests:
US Army Division 1:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": ""
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 5678
},
"ingress-point": ""
}
]
}
US Army Division 2:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": "<IP_ADDRESS>"
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 4567
},
"ingress-point": "<IP_ADDRESS>"
}
]
}
UK Army:
{
"query-desc": [
{
"flow": {
"flow-id": 1,
"src-ip": "<IP_ADDRESS>", "src-port": 1234,
"dst-ip": "<IP_ADDRESS>", "dst-port": 2345
},
"ingress-point": "<IP_ADDRESS>"
},
{
"flow": {
"flow-id": 2,
"src-ip": "<IP_ADDRESS>", "src-port": 3456,
"dst-ip": "<IP_ADDRESS>", "dst-port": 4567
},
"ingress-point": "<IP_ADDRESS>"
}
]
}
The orchestration system will wait for receiving all responses from different sites.
Then, the orchestration system will merge all the contraints from those sites to get a global constraits set.
Response:
US Army Division 1:
US Army Division 2:
UK Army:
Human Readable Response:
US Army Division 1:
US Army Division 2:
UK Army:
Now, the client can calculate the optimal resource reservation based on this global constraints set.
Let's click to try it out.
Response:
Human-Readable Response:
It looks good now. Let's start this cross-domain data transfer task with the calculated optimal resource reservation!
Of course, you can click this button to interrupt the running task whenever you want.
To reproduce the demo, you can and repeat the instructions in a cleanup environment.
Response:
Human-Readable Response:


"A Woman Who Fears the Lord" Music Video
Barry recording in the studio.
Barry with Theresa and Tom Zefo rehearsing"A Woman..."
Elise (with Boomer) Barry and Tom
Doc in the recording studio.
Brimstone Groupies.
The Band. (Clockwise from top: Doc, Barry, Bones, Austin, & Fingers)
The Band brainstorming the album.


User roles and permissions
These are the roles available to use in the Manage your education and skills funding (SFS).
Apprenticeship service for training provider-editor
As editor your permissions allow you to:
- respond to employer apprenticeship training requests
- update apprentice details from employer requests
Contract authoriser
As contract authoriser your permissions allow you to:
- sign and mark contracts as read
- read and download information
- save and submit information
- automatically receive email alerts
Contract manager
As contract manager your permissions allow you to:
- mark contracts as read
- read and download information
- save and submit information
- automatically receive email alerts
Contract user
As contract user your permissions allow you to:
- read and download information
Data returns and claims authoriser
As a data returns and claims authoriser your permissions allow you to:
- sign funding claims
- read and download information
- submit and save information
- automatically receive email alerts
Document exchange user
As a document exchange user your permissions allow you to:
- send documents to ESFA
- view documents you’ve received from ESFA
- view documents you’ve sent to ESFA
Provider support user
As provider support your permissions allow you to:
- have your contact details displayed on the Manage your education and skills funding pages for your users to see
Super user
As an organisation super user you can:
- update user contact information
- approve or reject user role for SFS services
- grant new users access
- remove users access rights
- manage the users in your organisation through the Identity and Access Management Service
Requesting roles
You need to speak to your organisations super user or request these roles through Identity and Access Management Service.
You may have more than one super user in your organisation.


Pediatric Milestones
Welcome to David's pediatric developmental milestones tool.
Ready to take a quiz?
Guess The Age
Guess The Milestone


Master of Computer Science graduate with experience of developing Software project in PHP, JavaScript and Laravel for end user at Sustech Engineering Pty. Ltd.
I love writing code. Ever since writing my first program in Python and manipulating it to produce the desired output, I have been obsessed with the idea of using software development to solve practical problems. Software development is a never-ending puzzle that I am passionately engaged in solving.I believe in the power of programming to transform and improve the lives of people around the world.
Developed Blog post website using php, HTML. JavaScript and CSS. Where people can publish post, count the number of views of the post. Count the comment. Also, create admin that can manage the post system. A complex website with many advance security features for admin and subscriber. Use of XAMPP environment for creation of MySQL database. Transferring the data into database.
Developed News Portal project in Laravel, HTML, JavaScript and CSS. News Portal have multiple language Options. It includes various feature such as User role management, multiple crud operation, toaster for message display, News and photo gallery. Dynamic News portal system also has admin panel to manage the post on the website. Use of Visual Studio Code editor, Xampp local server, OOP and PHP.
Blackjack is a card game. It is played with one or more decks of cards. It is javascript learning project complete in one week. It is use of javacript, asyn function, json data and sqlite database for storing the game score. Use of async function and implementation of bot as second player.The object of Blackjack is the get to know and implementation of javascript basic functionality.It is simple and easy game to play. It can be played both locally and local server.
Contact me at<PHONE_NUMBER> for more information
Call to Action


Online Collaboration Survey 2014, by Nature
This page uses the survey data from
Online collaboration: Scientists and the social network
, by Richard Van Noorden, published at Nature, 13 August 2014.


# Senior Ads
Hello Seniors and Senior parents!
It's that time of year—time to purchase a senior
tribute!
We offer the parents of seniors priority to take
advantage of this opportunity to celebrate the
graduation of your child. By purchasing an ad,
you can commemorate your child for completing
this chapter of their life with personalized
messages and photos.
The pages dedicated to seniors would include
various options such as (models in slideshow at
bottom of page)
1/8 of a page: $75
1/4 of a page: $130
1/2 of a page: $220
1 full page: $400
These are the early purchase prices which will
increase after November 1st.
Please keep in mind that there is a limited
number of pages for ads. Last year, senior
tributes sold out before the first price increase,
so don't delay!
If you would like to purchase a senior ad for
your student(s), please take the time to print
and fill out
[THIS form](https://tinyurl.com/seniorads2020)!


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On ‘Dark Talent’, MOOCs, Universities, and Startups: An Interview with the ...
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Lecture 1 - How to Start a Startup
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Sam Altman and Dustin Moskovitz start off the How to Start a Startup Course. Sam's topic is "Ideas, Products, Teams and Execution, Part I" and ...
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How to Start a Startup
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CS183B is a class we’re teaching at Stanford. It’s designed to be a sort of one-class business course for people who want to start startups.
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**My short bio:** Hi, I'm Peter Thiel, co-founder of PayPal and Palantir, first investor in Facebook, venture capitalist at Founders Fund, and...
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A Newbie's Guide to Publishing: Lee Child Chimes In
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You're right, Joe - Lee didn't really answer the main questions, but just perpetuated the idea that Amazon is a Big Bad Monopoly. He ignores the fact ...
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Marc Andreessen sur Twitter : "I don't agree with @bgurley on a lot of ...
twitter.com
Mot de passe oublié ? Vous utilisez déjà Twitter via SMS ?
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‘Parks and Recreation’ Comes to Life in San Francisco
www.nytimes.com
In San Francisco, any project can be endlessly debated, protested, voted on and litigated. Even soccer fields.
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The response to disruption extends far beyond marketing | Digital Clarity ...
www.digitalclaritygroup.com
Username
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Miss a Payment? Good Luck Moving That Car - NYTimes.com
dealbook.nytimes.com
The thermometer showed a 103.5-degree fever, and her 10-year-old’s asthma was flaring up. Mary Bolender, who lives in Las Vegas, needed to get her ...
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Peter Thiel's 6 favorite books that predict the future
theweek.com
The PayPal co-founder recommends works by Francis Bacon, Tom Wolfe, and more
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HOW NOT TO BE A SHITTY ADVISOR
medium.com
There are numerous ways we give each other advice in the technology company ecosystem. There are formal relationships li…
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Three Irish students win global science competition
www.irishtimes.com
Pupils from Kinsale, Co Cork researched use of natural bacteria to boost crop production
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I Tried The New Oculus Rift, And It Blew Me Away All Over Again
gizmodo.com
I've tried practically every version of the Oculus Rift VR headset, from some of the original duct-taped prototypes through to the latest DK2 ...
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This shipping company is already testing supply delivery drones
fortune.com
Logistics company DHL says it's the first time a drone has been authorized to deliver goods in Europe.
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Deutsche Post DHL to Deliver Medicine via Drone
online.wsj.com
Deutsche Post DHL said it would use a drone to deliver medication to a German island in the North Sea, marking the first routine drone delivery to ...
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Andreessen Horowitz and the disruption of Silicon Valley
www.theequitykicker.com
The Andreessen-Horowitz (A16Z) story is little short of amazing. In the traditionally slow moving world of venture capital they have gone from ...
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Demystifying Venture Capital Economics, Part 2 - Wealthfront ...
blog.wealthfront.com
Just because a company operates at a loss today doesn’t mean it can’t be profitable in the future. Those unfamiliar with venture capital economics ...
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Mobile Disruption
twitter.com
Tweets in which I discuss how desktop incumbents are threatened by mobile startups, especially in verticals.
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Europe cannot lag behind - by Zaryn Dentzel - Neelie KROES - European ...
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Europe cannot lag behind - by Zaryn Dentzel - Vice-President of the European Commission
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Ackman Threatens to Sue if Allergan Proceeds With Salix Deal
dealbook.nytimes.com
Talks threaten to derail the takeover attempt of Allergan by William Ackman’s hedge fund and Valeant Pharmaceuticals.
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Lunchtime Must-Read: David M. Byrne, Stephen D. Oliner, and Daniel E. ...
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David M. Byrne, Stephen D. Oliner, and Daniel E. Sichel: Is the Information Technology Revolution Over?: “Given the slowdown in labor productivity ...
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India Satellite Mangalyaan Reaches Mars Orbit on First Try
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Cirque du Soleil is known for doing incredible things with the human body. Now they're doing incredible things with quadcopters.


Overview User interface Main window ↑ |
The toolbar provides quick access to the most frequently used functions of MMM. Follows a description of all buttons.
Saves the current model in a temporary directory with a generic file name based on date and time (backup save). The model is saved in MMM's binary format and includes all display and selection information, except for the state of the user interface (open windows).
Note that the file is not saved with the file name and in the directory that were given in the previous use of the File/Save as.. menu item, although this is the standard behavior of most programs. MMM does not do that to avoid that you unintentionally overwrite an old file. The reasoning is that you may want to keep copies of different versions of a model, for instance, with different coarse graining or different types of labels attached.
Note also that MMM checks every 30 days whether there are old files (older than 30 days) in its temporary directory and offers the user to delete them. Hence, you are strongly advised to copy temporary files that you actually want to keep to another directory immediately after an MMM session. This is particularly important if several users share the same installation of MMM.
Locks/unlocks secondary structure definitions. By default, secondary structure definitions are locked except during execution of an initialization script immediately after loading a PDB file.
The reason for locking secondary structure assignments is maintaining consistency in coarse graining. When locked, the user cannot indvertently redefine secondary structure by clicking or executing secondary structure definition commands.
Zooms the camera so that the selected objects completely fill the model window. This works properly only with the detached model window (graphics is not clipped to the model panel).
Zooms the camera so that all displayed graphics is seen.
When selection mode is on (button pressed down), left clicking on a graphic object selects the corresponding structure object and undoes previous selections.
Left clicking, while the shift key is pressed, selects the clicked object in addition to the previous selection. This is also achieved by clicking with the middle mouse button.
Left clicking on a selected object, when the Ctrl key is pressed, unselects this object and does not change the remaining selections. This is also achieved by clicking with the right mouse button.
A (left) double click on an object removes all selections.
The current selections are listed in the message board. Note that only up to about 20 selected objects fit the message board (the last 20 are displayed).
The Selection mode button is released when clicking the Rotate, Zoom, or Pan buttons. Note that the Selection button has to be activated if the 3D graphics is attached and the command line is to be used.
When Rotate is on (button pressed down), mouse clicks and movements in the model panel or model window allow for rotating the object.
Click left and draw for rotating the camera around the object, release to update the view indicator in the view control panel.
Click left while pressing the shift key (or click with the middle button) and draw to rotate the vertical axis of the camera around the view direction.
The Rotate button is released when clicking the Selection mode, Zoom, or Pan buttons.
In the Rotate mode, atom graphics may be partially or fully suppressed to avoid extreme slowdown of the graphical user interface. Atom graphics is automatically restored to the previous state when you return to the Selection mode or during copying or exporting of the visualization.
When Zoom is on (button pressed down), mouse clicks and movements in the model panel or model window allow for zooming the object.
Click left and draw down to enlarge the graphics (zoom in), click and draw up to shrink it (zoom out).
Click left while pressing the shift key (or click with the middle button) to pan (move the graphics midpoint by drawing) while in Zoom mode..
The Zoom button is released when clicking the Selection mode, Rotate, or Pan buttons.
In the Zoom mode, atom graphics may be partially or fully suppressed to avoid extreme slowdown of the graphical user interface. Atom graphics is automatically restored to the previous state when you return to the Selection mode or during copying or exporting of the visualization.
When Pan is on (button pressed down), mouse clicks and movements in the model panel or model window move the midpoint of the graphics in the viewing plane.
The Pan button is released when clicking the Selection mode, Rotate, or Zoom buttons.
In the Pan mode, atom graphics may be partially or fully suppressed to avoid extreme slowdown of the graphical user interface. Atom graphics is automatically restored to the previous state when you return to the Selection mode or during copying or exporting of the visualization.
Assign a uniform color or a color scheme to the currently selected objects. A color selection window opens.
Assign a transparency to the currently selected objects. A transparency selection window opens.
Assign graphics modes to the currently selected objects. A graphics mode window opens.
Copies the current 3D visualization in the detached model window to the clipboard. This toolbutton is active only when the model window is detached. If necessary, use the detach toolbutton before.
Is active only if exactly one object is selected and allows for editing the annotations (notes, keywords, and references) for this object. An annotation window opens.
Is active only if exactly one object is selected. Searches for other objects on the same hierarchy level that are close to the selected object.
A dialog opens for specifying the context radius. Default values are suggested, 3.5 Å for atoms and atom locations, 8 Å for residues, and 40 Å for chains.
Results are displayed in the message board.
Is active only if exactly two objects are selected. Displays the distance between atoms (and atom locations) or the distance between mean coordinates of other objects (residues, cofactors, chains).
Results are displayed in the message board.
Is active only if exactly three objects are selected. Displays the angle between objects at the second selected object. For objects larger than atoms, mean coordinates are used.
Results are displayed in the message board.
Is active only if exactly four objects are selected. Displays the dihedral angle (torsion angle) defined by these objects in the sequence of selection (see selection list in message board). For objects larger than atoms, mean coordinates are used.
Results are displayed in the message board.
Attach spin label to the selected residues. Selected objects other than residues are ignored. Use Menu/EPR/Site scan to do this for a whole chain.
A window for specifying labeling conditions opens.
After specifying conditions and clicking on OK, computation progress is displayed in the message board. A status bar window shows progress and approximated computation time left for each single residue. The computation for a residue can be interrupted by trying to close the status bar window.
Note that these computations can take long (several minutes per residue). Consider running a site scan (see submenu EPR) over lunch break or over night. With a completed site scan, (in silico) spin labeling takes only seconds and you know beforehand which sites are favorable.
Search, import, edit, inspect, and manage literature (and webpage) references. Abstracts and fulltext can be downloaded if the link information is available.


Enter time in 24-hour format.
By default, alarms are set to trigger daily.
Use "Mon", "Tue" ... "Sun", or "Weekdays" and "Weekends" to schedule on specific days.